The demand for radionuclides used in positron emission tomography (PET) must be met if
the role for PET in Nuclear Medicine is to be expanded. The best method for supplying PET …

One of the initial concerns to be addressed when considering the development of a new
radionuclide generator system is the availability of substantial quantities of the parent …

This paper presents the results of a national research project entitled “Production and quality
control of copper-62/zinc-62 radiopharmaceutical generators for positron emission …

Abstract The End-Of-Bombardment (EOB) Yields from 64 Ni (p, n) 64 Cu nuclear reaction
have been calculated for optimizing irradiation parameters that correspond to future 64 Cu …

[en] Copper-67 (T_1_/_2= 61.9 h,) is a radioisotope with significant potential for therapeutic
application in nuclear medicine. This radionuclide emits β-particles with a maximum energy …

The method for 64Cu production based on a 64Ni target using an 18MeV proton energy
beam was developed. The studies on the optimisation of targetry for the 18MeV proton …

[en] With the advent of theranostics, novel radioisotopes and radiopharmaceuticals have
been in demand for personalized precision medicine for various diseases such as cancer …

[en] Radioisotope 62 Zn is produced by means of the (p, 2n) reaction on natural copper
target using a 30 MeV cyclotron facility. The reaction cross section is determined as a …

Copper-67 (T {sub 1/2}= 61.9 h,) is a radioisotope with significant potential for therapeutic
application in nuclear medicine. This radionuclide emits β-particles with a maximum energy …

The method for 64Cu production based on a 64Ni target using an 18 MeV proton energy
beam was developed. The studies on the optimisation of targetry for the 18 MeV proton …